Abstract: Exemplary flow-cells used in biological imaging may include a coverslip. The flow-cells may include a gasket that is positionable atop the coverslip. The gasket may define an open interior. The flow-cells may include a top plate that is positionable above the gasket and the coverslip. The top plate may define a fluid inlet that is in fluid communication with a first end of the open interior and a fluid outlet that is in fluid communication with a second end of the open interior opposite the first end. The flow-cells may include a clamping mechanism that compresses the gasket between the coverslip and the top plate against the to form a fluid region between the top plate and the coverslip and within the open interior of the gasket.

Abstract: A cable machine system for winding conductive tapes or wires around a cable core includes a rotatable pickup spool for receiving and winding a cable. The system also includes a rotatable shaft having a central passage along its axial length, through which the cable core extends during a winding operation. At least one rotatable conductor spool is rotatable about a spool axis and holds a conductive tape or wire. Each rotatable conductor spool is attached to the rotatable shaft and rotatable about the axis of the rotatable shaft with rotation of the rotatable shaft. A tape or wire extends from each conductor spool to the cable core and is wound around the cable core as the rotatable shaft is rotated about its axis.

Abstract: A cable machine system for winding conductive tapes or wires around a cable core includes a rotatable pickup spool for receiving and winding a cable. The system also includes a rotatable shaft having a central passage along its axial length, through which the cable core extends during a winding operation. At least one rotatable conductor spool is rotatable about a spool axis and holds a conductive tape or wire. Each rotatable conductor spool is attached to the rotatable shaft and rotatable about the axis of the rotatable shaft with rotation of the rotatable shaft. A tape or wire extends from each conductor spool to the cable core and is wound around the cable core as the rotatable shaft is rotated about its axis.

Abstract: A device for capillary chromatography comprising at least one first receiving space arranged in a circuit board and of a form such that the first receiving space is suitable for at least partially receiving a coiled part of a capillary separation column. Also a method for manufacturing such a device. Using such a device and method the greatest possible advantage can be gained from both miniaturized and integrated gas chromatographs (minimal dead volumes; integration options; small thermal masses and rapid temperature regulation; low cost price; small dimensions, weight and energy consumption; portable and flexible in use) and from the use of a usual capillary separation column (very good separation; high precision and reproducibility). The capillary separation column can herein be heated uniformly, rapidly and accurately.

Abstract: A device for capillary chromatography comprising at least one first receiving space arranged in a circuit board and of a form such that the first receiving space is suitable for at least partially receiving a coiled part of a capillary separation column. Also a method for manufacturing such a device. Using such a device and method the greatest possible advantage can be gained from both miniaturized and integrated gas chromatographs (minimal dead volumes; integration options; small thermal masses and rapid temperature regulation; low cost price; small dimensions, weight and energy consumption; portable and flexible in use) and from the use of a usual capillary separation column (very good separation; high precision and reproducibility). The capillary separation column can herein be heated uniformly, rapidly and accurately.